| Course | D584 Program Planning and Implementation |
|---|---|
| Task | Task 1 |
| Paper type | Public health program plan |
| Length | About 1,000 words, 4 pages |
| Format | APA 7 |
| School | Western Governors University (WGU) |
| Program | BS Public Health |
| Updated | September 2026 |
Free sample paper for D584 Task 1
Fitted, Free and Worn: A Health Belief Model Program Plan to Raise Bicycle Helmet Use Among Middle School Students in a Composite County
Student Name
Leavitt School of Health, Western Governors University
D584: Program Planning and Implementation, Task 1
Course Instructor
Month Day, Year
Fitted, Free and Worn: A Health Belief Model Program Plan to Raise Bicycle Helmet Use Among Middle School Students in a Composite County
The Community Need
Cedar Falls County is a composite county of about 95,000 people with miles of new trails and a growing number of children who ride to school. Last year its two emergency departments treated 64 children aged 11 to 14 for bicycle-related injuries, 23 of them head injuries. To see how many riders wore helmets, health department staff counted cyclists arriving at three middle schools on two mornings: 38 of 212 riders, 18%, wore a helmet, and several of those helmets were unbuckled or sat far back on the head. The county's community health needs assessment lists injury prevention for adolescents as a priority, and parents in a school survey named bicycle safety as a concern.
The health goal for this program is simple: more middle school students wearing a properly fitted helmet every time they ride.
Why Helmets, and Which Programs Work
Helmets work. A meta-analysis of studies including more than 64,000 injured cyclists found that helmet use was associated with odds reductions of about half for head injury, about 69% for serious head injury and about 65% for fatal head injury (Olivier & Creighton, 2017). The question for the county is not whether helmets help but how to get children to wear them.
The evidence on that question is also strong. A Cochrane review of 29 studies found that non-legislative interventions increased observed helmet wearing among children, with the largest effects for community-based programs and programs that provided free helmets; education-only programs were less effective, and programs for younger children may be more effective than those spanning all ages (Owen et al., 2011). School-based programs were effective but possibly less so than community-based ones. Three program types were compared for Cedar Falls: a classroom education program alone, a subsidized helmet sale and a combined program that pairs education with free, fitted helmets delivered through schools and community events. The combined program is selected because it includes the two ingredients with the strongest evidence and reaches children where they already gather.
Applying the Health Belief Model
The model holds that people take a health action when they believe they are susceptible to a problem, that it is serious, that the action will help and that the benefits outweigh the barriers, and when a cue prompts them (Rosenstock, 1974); self-efficacy, a person's confidence that they can do what the action requires, was later added to the model (Rosenstock et al., 1988). Each construct shapes a program activity.
| Construct | What students believe now | Program activity |
|---|---|---|
| Perceived susceptibility | Crashes happen to reckless riders, not to me | Local stories and data: most injuries happen on ordinary rides near home |
| Perceived severity | A fall means scrapes and bruises | A trauma nurse's short talk on what a head injury does to a 12-year-old's school and sports |
| Perceived benefits | Helmets do not really protect | Simple demonstration of a helmet absorbing impact; the half-the-risk finding in plain words |
| Perceived barriers | Helmets are uncomfortable, look silly and cost money | Free helmets chosen by students from several styles, fitted on the spot |
| Cues to action | Nothing reminds them | Helmet checks at school bike racks, stickers, reminders from coaches and parents |
| Self-efficacy | Unsure how to fit or buckle a helmet | Hands-on fitting lesson using the two-finger and V-strap checks |
Perceived barriers carry the most weight for this age group. Middle school students care intensely about how they look, so the program lets them choose from several helmet styles and colors, and it recruits older students and local cyclists whom younger riders admire to model helmet use.
Goals and Objectives
Goal: increase consistent, correct helmet use among middle school cyclists in Cedar Falls County. Objective 1: within two school years, raise observed helmet use at the three monitored schools from 18% to 45%. Objective 2: fit and distribute 1,500 free helmets to students in grades six through eight within the first school year. Objective 3: deliver the classroom lesson to 90% of sixth graders each fall. Objective 4: reduce emergency visits for bicycle-related head injuries among children 11 to 14 by 25% within three years.
Implementation Strategies
Partners. The health department leads and coordinates. The school district provides classroom time, bike rack access and communication with families. The county's two hospitals fund part of the helmet purchase through their community benefit programs and supply the trauma nurse speakers. Two local bike shops train volunteers in fitting and host community fitting days. The sheriff's school resource officers reinforce helmet checks without issuing citations, so that the program stays positive.
Messages and channels. Messages speak to students' own concerns: keeping riding, keeping playing sports and looking good doing it. They reach students through a 30-minute classroom lesson, school announcements, coaches and short videos made by students. Parents receive a letter and text messages in English and Spanish explaining the free helmet offer and how to check fit at home.
Timeline. Months one to three: secure funding, order helmets, train 20 volunteer fitters, adapt the lesson. Months four and five: classroom lessons and fitting days at all six middle schools. Months six through twelve: monthly helmet checks at bike racks, two community fitting days on the trails, spring refresher. Month twelve: repeat the helmet observation count and report results.
Resources. The main costs are helmets, at about $15 each in bulk for 1,500 students, $22,500, and staff time for a half-time coordinator for one year, about $30,000. The hospitals' contribution and a small state injury prevention grant cover most of the cost.
Conclusion
Most Cedar Falls middle school cyclists ride without helmets, and some of them end up in the emergency department with injuries a helmet could have lessened. A program that combines education shaped by the Health Belief Model with free, fitted helmets, delivered through schools and the community, is supported by the best available evidence and is within the county's means. Its objectives are measurable, so the county will know within two years whether more children are wearing helmets and fewer are being hurt.
References
Olivier, J., & Creighton, P. (2017). Bicycle injuries and helmet use: A systematic review and meta-analysis. International Journal of Epidemiology, 46(1), 278-292. https://doi.org/10.1093/ije/dyw153
Owen, R., Kendrick, D., Mulvaney, C., Coleman, T., & Royal, S. (2011). Non-legislative interventions for the promotion of cycle helmet wearing by children. Cochrane Database of Systematic Reviews, 2011(11), Article CD003985. https://doi.org/10.1002/14651858.CD003985.pub3
Rosenstock, I. M. (1974). Historical origins of the health belief model. Health Education Monographs, 2(4), 328-335. https://doi.org/10.1177/109019817400200403
Rosenstock, I. M., Strecher, V. J., & Becker, M. H. (1988). Social learning theory and the health belief model. Health Education Quarterly, 15(2), 175-183. https://doi.org/10.1177/109019818801500203
What the D584 Task 1 instructions ask
The first D584 task asks you to plan a public health program for a community need. Plan to describe the need with data, review evidence for possible programs, choose one, apply a health behavior theory, set goals and objectives and describe implementation strategies such as partners, activities, resources and timeline. The community may be real or composite. Graders want a need measured locally, a program chosen because evidence supports it, a theory applied to what the population currently believes, objectives that are specific and time-bound and implementation details that show the plan could run. Naming a theory without connecting its constructs to activities falls short of the planning aspects. Choose a population narrow enough that the plan can be specific.
How this D584 Task 1 example is built
The plan opens with the county, its trails and the number of children treated for bicycle injuries. An evidence section reports the protective effect of helmets and compares education alone, giveaways and laws, explaining why a combined school program was chosen. The theory section uses a table that sets each construct beside students' current beliefs and the activity that answers it. Barriers receive the most attention, so students choose helmets they will wear. The goal and objectives follow, each with a measure and date. Implementation covers partners and their roles, fitting events, classroom sessions and observation at school bike racks. The conclusion restates the need and how the plan answers it.
Where the D584 Task 1 rubric puts the marks
D584 Task 1 aspects are scored competent, approaching competence or not evident. A needs aspect asks for the health problem described with local data. An evidence aspect rewards program selection supported by research. A theory aspect looks for constructs applied to the population and linked to activities. A goals and objectives aspect wants measurable, time-bound targets. An implementation aspect asks for partners, activities, resources and timeline. Graders notice when the plan explains why the chosen program beats alternatives, and they expect injury data and program evidence to be cited, along with the theory's source. A clear link between each construct and an activity is often what separates competent plans from the rest.
D584 Task 1 help: what sends it back
Program plans in D584 are often returned because the theory section defines constructs without applying them. For each construct, say what the population believes now and which activity changes it. Objectives are another weak point; write them with a number, a place and a date, such as observed helmet use at school racks. Evidence is sometimes a single statistic; compare program types and explain the choice. Implementation may lack partners or resources, so name who does what and what it costs. Last, keep the population narrow, since a plan for all children in a state cannot be specific enough to score well.
Get a D584 Task 1 example written to your instructions
Send the task instructions and rubric aspects from your D584 course of study. We write a custom public health program plan to those exact aspects, returned in 24-48h. The first custom sample is free.
Other Public health sample papers
- D594 Task 1 Leadership and Ethics Case
- D591 Task 1 Grant Proposal and Revision
- D593 Task 1 Global Health Issue Analysis
- D595 Task 1 Community Presentation and Responses
D584 Task 1 questions, answered
Is the D584 county real?
No. Cedar Falls County is invented for the sample. The research on bicycle helmet effectiveness and on helmet promotion programs cited in the plan is real. Use real local data for your own community.
Must D584 use the Health Belief Model?
No. Use a theory your instructions allow that fits the behavior. The sample uses the Health Belief Model because perceived barriers, such as appearance, drive helmet use in this age group.
Should a D584 plan include giving away helmets?
If evidence supports it for your population. Research suggests giveaways combined with education and fitting work better than education alone, which is why the sample pairs them.
How specific should D584 objectives be?
Specific enough to measure. The sample's first objective names observed helmet use at school bike racks, a target percentage and a two-year deadline. Measurable objectives make evaluation possible later.
Where can I find a free D584 Task 1 sample paper?
The helmet program plan for Cedar Falls middle schoolers is published above with notes. Send your D584 community need, and your first custom program plan is written at no charge.